Manufacturing Companies for Organic Disinfectant - Triphosgene CAS 32315-10-9 – Guanlang Detail:
We are one of the leading triphosgene suppliers and manufacturers in china,if you want to buy triphosgene from directly factory, please contact us for competitive price and free sample.
Product Name: Triphosgene ( Triphosgen; triphosgene; bis(trichloromethyl) carbonate; carbonic acid bistrichlor methyl ester; bis-(trichloromethyl)-carbonat; methanol, trichloro-, carbonate (2:1); btc)
CAS No.: 32315-10-9
Molecular Fomula: C3Cl6O3
Molecular weight: 296.75
Appearance: white crystal
Triphosgene Typical Properties
| Item | Specifications |
| Appearance | White crystal |
| Assay % | ≥99.5 |
| Melting point (ºC) | 79-81 |
| Loss on drying % | ≤0.5 |
| Ignition residue % | ≤0.1 |
Triphosgene Usage
As a substitute product of the highly toxic phosgene and diphosgene in the synthesis, the product has low toxicity, safe and convenient use, mild reaction conditions, good selectivity and high yield.
For the synthesis of chloroformate, isocyanate, polycarbonate and acid chloride,Various isocyanates can be prepared by carbonylation of phosgene with primary amine, but side reactions often occur because phosgene is difficult to measure accurately. Triphosgene is a solid, which can be measured accurately, and triphosgene is used to replace phosgene, which greatly improves its safety, so it can safely replace phosgene. The reaction of Triphosgene with amine compounds is a widely used field. The reaction has strong selectivity. Some functional groups do not need protection, and can directly produce isocyanates, urea and other compounds. Various isocyanates can be synthesized by carbonylation reaction of Triphosgene and various primary amines. The target product can be obtained by accurately controlling the ratio of Triphosgene and amine without by-products. For example, 2,4-dimethyldiisocyanate (TDI) can be synthesized by the reaction of Triphosgene with chemical book 2,4-Diaminotoluene; Triphosgene reacts with 4,4 ‘- diaminodiphenylmethane to produce 4,4′ – diphenylmethane diisocyanate (MDI); Sodium hexamethylene diisocyanate (HDI) can be produced by triphosgene and hexamethylene diamine. In the carbonylation reaction of BTC, cyclization condensation reaction can also be carried out. Triphosgene is widely used in this kind of reaction, which can be used to prepare n-carbonyl anhydride, various important heterocyclic compounds and cyclic carbonate compounds. The former can be used to prepare active amino acids and polypeptide compounds, and the latter can be used to prepare various pharmaceutical and pesticide intermediates.
About us:
Our Exhibition:
Our Certificate:
Product detail pictures:
Related Product Guide:
Cooperation
We are experienced manufacturer. Wining the majority of the crucial certifications of its market for Manufacturing Companies for Organic Disinfectant - Triphosgene CAS 32315-10-9 – Guanlang, The product will supply to all over the world, such as: UK, Guinea, Surabaya, Many years of work experience, we have realized the importance of providing good quality products and the best before-sales and after-sales services. Most problems between suppliers and clients are due to poor communication. Culturally, suppliers can be reluctant to question things they do not understand. We break down those barriers to ensure you get what you want to the level you expect, when you want it. faster delivery time and the product you want is our Criterion .
Hebei Guanlang Biotechnology Co., Ltd. belongs to Guanlang Group, which was founded in 2007 , located in Shijiazhuang city which is the capital of Hebei Province and hub sector among Beijing Tianjin and Hebei and has advantage of convenient transportation . Our company is a modern high-tech chemical enterprise with Research & Development, production and sales.We have our own factory and lab,also offer customized synthesis service for our customers.
By olivier musset from America - 2017.04.08 14:55
Problems can be quickly and effectively resolved, it is worth to be trust and working together.
By Jo from San Francisco - 2017.11.12 12:31
